Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN: 9781337900348
Author: Stephen L. Herman
Publisher: Cengage Learning
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Chapter 6, Problem 11RQ

A series circuit contains the following values of resistors:

R 1 = 510   Ω   R 2 = 680   Ω   R 3 = 390   Ω   R 4 = 750   Ω  

Assume a source voltage of 48 V. Use the general voltage divider formula to calculate the voltage drop across each of the resistors.

E 1 = _ _ _ _ _ _ _ V    E 2 = _ _ _ _ _ _ _ V    E 3 = _ _ _ _ _ _ _ V    E 4 = _ _ _ _ _ _ _ V

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QUIZ 1 I. TRUE OR FALSE: Write TRUE if the statement is correct; and if false, write NO and underline the WORD that makes the statement incorrect. 1. The voltage across a short is equal to the source voltage. 2. Most circuits in commercial and industrial electronics equipment are parallel circuits. 3. A parallel –- series circuit cannot be reduced to a single total or equivalent resistance. 4. The total current increases each time a lamp is added in a parallel circuit. 5. To produce any circuit to a single representative resistance, you start with the components nearest from the power source 6. The current across a short is zero. 7. The line current and voltage distribution of the voltage divider changes as the load changes. 8. The sum of the resistances determines the total amount of circuit voltage in a series resistive circuit. 9. Thevenin's and Norton's theorems can be used for circuit analysis by reducing a complex circuit to a simple equivalent circuit. 10. Copper wire is a…
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